I-Hotelloy X icetyiswa i-pipe pipe icetyiswa ngokukodwa ukuba isetyenziswe kwizicelo zesithando kuba ixhathisa ngokungaqhelekanga, ukunciphisa, kunye ne-Atmopheres engathathi hlangothi.
I-Dotelloy X yi-superal-esekwe kwi-iNickel Superay ye-injini yerhasi yerhasi, inqwelo moya, iziko lemizi-mveliso, kunye nezicelo zokuqhubekiswa kwamachiza.
Iirowu zenziwe zalaa alloy zazisekwimeko entle emva kokuba isebenze iiyure ezingama-8700 nge-2150 deg. F. Iitreyi zetiko, ezisetyenziselwa ukuxhasa imithwalo enzima, ziboniswe kubushushu ukuya kuthi ga kwi-2300 deg. F. Kwimo ye-oxidic engasebenziyo ngaphandle kokugoba okanye ukugqobhoza.
I-Allow X Rond yaziwa ngamandla ayo amaqondo obushushu aphezulu agqibe kakhulu ukuya kuthi ga kwi-2200¡n. I-Alloty inokwenziwa ngokulula ngokuqulunqwa kunye neempawu ze-welding ngazo zombini ezi ncwadi kunye neendlela ezenzekelayo.
Alloy X pipe bend is equally suitable for use in jet engine tailpipes, afterburner components, turbine blades, nozzle vanes, cabin heaters, and other aircraft parts.
I-hastelloy X igobho ye-pipe i-pipe ukunganyangeki, ukunganyange ubushushu kunye nokunganyangeki kwe-oxidation, ukukwazi ukumelana nokunciphisa ukunciphisa okanye ukungathathi hlangothi kunye ne-oxidation.
Alloy X pipe bend offers exceptional performance in furnace rolls or other industrial furnace applications because of the alloy’s strong resistance to oxidizing, reducing and neutral atmospheres.
I-hastelloy X isetyenziselwa kakhulu iindawo ezahlukeneyo zokuqhubekisa iikhemikhali, kubandakanya i-pubs, ityhubhu ye-pyrolysis, kunye nee-muffles ngenxa yokungaxhathisi ngendlela ekhethekileyo.
I-hastelloy X igobho ye-hadnd sisiseko se-nickel seckel esinamagqabi aphezulu amaqondo obushushu aphezulu kunye nokunganyangeki kwe-oxidation. Zonke iifom zemveliso zigqibelele ngokwendlela yokwakha kunye ne-welding.
Nangona i-Drelloy X iqatshelwe ikakhulu kubushushu kunye nokunganyangeki kwe-oxidation ikwanokunganyangeki kakuhle kuxinzelelo lwe-chloride-i-scorideration kwaye ixhathise i-carbring kwaye ixhathise i-adburmis egqwesileyo.
I-Alloy X Bond ye-pume yenye yenye yezona zisetyenziswa kakhulu ze-suckel zisesutis ze-superalloys ze-turbine zerhasi yerhasi.
I-AMS 5754 I-BIP ye-PAH HAHON AKUKHO BUNGOZI OKANYE IIMVAVANYO ZOKUGQIBELA, Kodwa ifuna ubunzima obunzima kunye noxinzelelo.
Inamandla kwaye inyange i-oxidation i-2200 deg. F (i-1200 deg) - i-hastelloy x igobho ye-pipe sisomeleze isisombululo esiqinileyo senqanaba elomelezwe amandla amahle kunye nokunganyangeki kwe-oxidation ukuya kuthi ga kwi-2200 deg. F (1200 Deg. C).
Ukuchasana kwe-Oxidasi obalaseleyo ye-hastelloy x ruipe gond iboniswe apha ngezantsi. Iimvavanyo zenziwa ngokubhengeza iisampulu zomoya owomileyo nge-2000 i-Deg. F. kunye nomoya owomileyo ucinezele ukuya kwi-300 psi nge-1750 deg. F.
Iikhrayitheriya ezimbini zokuvavanya ukumelana kwe-oxidation buguqukela ubunzima kunye nobunzulu bokungena kwi-comrosion. I-hastelloy x igoba i-pipe igqwesile kuzo zombini iintloni zomibini ngenxa yokusekwa kwefilimu yokukhusela, enqwenelekayo.
I-Hotelloy X igodi ye-pipe iphinda ixhathise i-carburring kunye nokungabizi, imiqathango emibini ehlala ikhokelela ekungaphumeleli kwasekuqaleni kubushushu obuphezulu. Emva kweeyure ezili-100 ePetroleum Coke, ezinye izinto ezine bezifakwe ngokupheleleyo kukuphathwa kwecarbricus kwaye ngelixa.
I-Allow X ye-pipe pipe pile ayikhange ibonakale kungafunwa. Kwizixhobo ezilishumi ezivavanywa kwimozulu ye-hydrogen, initrogen kunye ne-ammonia nge-1100 deg. F. Kwaye i-25,00 psi ngeentsuku ezingama-64, i-X Alloty x inetyala elingaphantsi kwesinye kwisine njengokhuphiswano olusondeleyo ngaphandle kohlaselo loxinzelelo.
Iinkqubo zokulinganisa inkqubo azifane zihambe ngendlela ethe ngqo ukusuka kwinkqubo yokuqhubekeka.
Iindlela zokugoba zepipe ziya kwahluka ngokusekwe kwizinyithi ezisetyenzisiweyo.
Iinkqubo zokusenelana zanamhlanje zihlala zisebenzisa uthungelwano oluntsonkothileyo lokujika, iinguqu zokuphakama, iziqinisekiso, nangaphezulu.
Xa i-70-degree Albows iphumelele umsebenzi wokuyila kwenkqubo okanye iimfuno zendawo, imibhobho yendawo, ityhubhu kunye netyhubhu yendlela yokuhamba ngokugqibeleleyo.
Njengokuziqwalasela kakhulu, ukuqonda okufanelekileyo kokusetyenziswa kwemibhobho ye-Bent kwiyilo lwakho okanye iprojekthi kubalulekile ekusebenzeni ngokufanelekileyo kwenkqubo egqityiweyo yenkqubo egqityiweyo yenkqubo egqityiweyo yenkqubo egqityiweyo.
Ukugoba umbhobho kuvumela iinkqubo zokunciphisa utshintsho loxinzelelo ngelixa kusenziwa izixhobo zokuhamba ngeenkqubo ezinzima.
Njengoko imibhobho eninzi yobuqhetseba ayiguquli iziphelo zombhobho, iindebe zokubhobho zihlala zilula ukuzisebenzisa kwinkqubo yokulungisa isebenzisa iinkqubo ze-welding eziqhelekileyo, flanes, okanye ezinye iindlela zonxibelelwano.
Ukwahlukahluka kwe-pubile ye-pubile yobukhulu kunye nezixhobo kwakhona kukwenza ukuba balungele yonke into eshushu okanye i-castic yotywala, njengemigca ye-sands equkethe i-andreen ye-silica isanti.
Njengoko ezona ndlela zibalaseleyo ze-gope zisebenza kakuhle, ukusebenzisa imibhobho ye-gont kunye neetyhubhu ziya kuba nefuthe elincinci kuhlahlo-lwabiwo mali loyilo lonke xa usebenzisa ubude bomgangatho wakho.
Cold bending methods often rely on sheer physical force to help bring the pipe to its final shape while hot bending methods use careful heating to reduce the force required.
Indlela nganye inezibonelelo ezizodwa kwaye iya kumisela inqanaba lokugoba kunokwenzeka kunye nobume bokugqibela bombhobho.
Umbhobho okanye ityhubhu igobe usebenzisa indibaniselwano yokufa kunye nezinye izinto ezahlukeneyo ezisebenza kwisenzo sokujikeleza.
Eli nyathelo litsalela umbhobho okanye ityhubhu phambili yokwenza igorha elifunayo.
